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The 4600-009 is an axial feed-through capacitor manufactured by Tusonix, a subsidiary of CTS Electronic Components. It features a capacitance of 0.15 µF with a voltage rating of 200V and a maximum current handling capacity of 15 A. The component utilizes X7R temperature coefficient dielectric material and provides an insertion loss of 60 dB at 1 GHz. Its physical dimensions are 0.385 inches in diameter by 0.362 inches in length (9.78mm x 9.20mm), equipped with a 1/4"-28 thread specification and a single turret lead configuration.
Verify RoHS compliance status prior to procurement as documentation indicates non-compliance. Confirm package type availability, noting that some sources list tray packaging while others specify bulk. Validate manufacturer part number accuracy against official Tusonix or CTS catalogs to ensure correct revision matching. Check lead times due to potential long manufacturing cycles associated with this specific component series.
Select this component when applications require combined power line filtering and high current carrying capability. The 0.15 µF value offers effective attenuation for mid-range noise frequencies. Ensure mechanical compatibility with the 1/4"-28 threaded mounting interface. Consider the 200V rating margin relative to actual operating voltages to guarantee long-term reliability under thermal stress conditions.
This component belongs to the 4600 series of EMI feed-through filters produced by Tusonix. The series is characterized by robust construction suitable for demanding environments. Tusonix operates as a subsidiary of CTS Electronic Components, leveraging shared manufacturing resources while maintaining distinct product branding for specialized filter solutions within the broader electromagnetic compatibility portfolio.
Publicly confirmed substitute part numbers are not available in the provided source data. Verify exact dimensional and electrical parameter matches before considering alternative manufacturers. Consult official Tusonix documentation for cross-reference recommendations.